CN216776930U - Base station - Google Patents

Abstract

A base station comprises a station main body, wherein the station main body is used for parking a cleaning machine, a water supply part is arranged on the station main body and used for supplying clean water to the cleaning machine, a water inlet part and a water outlet part are arranged on the water supply part, and the water outlet part is used for butting with the water supply part on the cleaning machine; the hydrothermal module comprises an external part and a liquid outlet, the external part is connected with an external clear water interface part and used for entering clear water, and the liquid outlet is set to be in a structure communicated with the water inlet part; a hydrothermal channel is arranged between the external connection part and the liquid outlet to form a communicated structure; the hydrothermal solution module also comprises a heating piece, and the heating piece is used for heating the hydrothermal solution channel. The problem that current basic station is poor to the mop cleaning performance of cleaner and the mop is poor to the clean effect on ground has been solved to this scheme.

Description

Base station

Technical Field

The utility model relates to the field of cleaning of the ground, in particular to a base station.

Background

The existing cleaning machine mainly carries out cleaning treatment on the ground, mainly sets a mop to contact the ground for cleaning, needs to clean the mop in time after the mop is dirty, and meanwhile needs to add water in time to continuously supply water to the mop when clean water in the cleaning machine is insufficient, so that the mop can be always in a moist structure. At present mainly be provided with the basic station to the maintenance of cleaner, the basic station can selectively come to carry out the function of washing the mop or carry out the watered function of replenishment to the cleaner, but present basic station adopts the mode of direct supply cold water to wash the mop or replenish and add cold water and realize the mop and clean ground in to the cleaner, the mop is relatively poor to the cleaning performance on ground on the whole, can't effectively clean subaerial greasy dirt or stubborn dirty, dirty back of mop simultaneously, can't come to carry out the sanitization to the greasy dirt of adhesion on the mop or stubborn dirty.

SUMMERY OF THE UTILITY MODEL

The present invention is directed to solving, at least to some extent, one of the technical problems in the related art described above.

Therefore, the utility model aims to provide a base station, which mainly solves the problems that the existing base station has poor cleaning effect on the mop of a cleaning machine and has poor cleaning effect on the ground.

The embodiment of the utility model provides a base station, which comprises a station main body, wherein the station main body is used for parking a cleaning machine, a water supply part is arranged on the station main body and used for supplying clean water to the cleaning machine, the water supply part is provided with a water inlet part and a water outlet part, and the water outlet part is used for butting the water supply part on the cleaning machine; the hydrothermal module comprises an external part and a liquid outlet, the external part is connected with an external clear water interface part and used for entering clear water, and the liquid outlet is set to be in a structure communicated with the water inlet part; a hydrothermal channel is arranged between the external connection part and the liquid outlet to form a communicated structure; the hydrothermal solution module further comprises a heating piece, and the heating piece is used for heating the hydrothermal solution channel.

In the base station, a first opening and closing mechanism is arranged between the liquid outlet and the water inlet portion, and the first opening and closing mechanism is used for enabling the liquid outlet and the water inlet portion to be in a communicated structure and enabling the liquid outlet to be located at an upstream position of the first opening and closing mechanism when the first opening and closing mechanism is in an open state.

In the base station, the external connection part or the upstream position of the hot liquid channel is provided with the second opening and closing mechanism, the station body is internally provided with the electronic control unit, the heating element and the second opening and closing mechanism are electrically connected with the electronic control unit respectively, the electronic control unit is internally provided with the threshold value a, and the threshold value a is set to be capable of starting the heating element when the second opening and closing mechanism is in an opened state.

In the base station, the station main body is provided with the clean water tank, the clean water tank is provided with the clean water inlet and the clean water outlet, the clean water tank is internally provided with the clean water cavity, and the clean water inlet and the clean water outlet are both communicated with the clean water cavity; and a liquid outlet is arranged to be communicated with the clear water inlet, and a clear water outlet is arranged to be communicated with the water inlet part, so that the water inlet part is communicated with the liquid outlet through the clear water cavity and the liquid outlet is in a communicated structure, and the liquid outlet is arranged at the upstream position of the clear water cavity.

In the base station, the water outlet portion is open toward a side or a lower direction of the station body, an end surface portion is disposed on one side of the water outlet portion, and a protrusion structure extending outward from the water outlet portion toward the outer side is disposed opposite to the end surface portion.

In the base station, the station main body is provided with the sewage tank, and the sewage tank is provided with the sewage port for sewage to enter and collect; the station main part is last still to be provided with dirty portion of collection and be provided with into dirty mouthful and go out dirty mouthful, advances dirty mouthful blowdown portion that is used for docking on the cleaning machine, goes out dirty mouthful and sets up to be the continuous structure through advancing dirty passageway and sewage mouth and be used for the sewage in the cleaning machine to enter into the sewage incasement and collect.

In the base station, the station main body is provided with the sewage tank, and the sewage tank is provided with the sewage port for sewage to enter and collect; the station main body is also provided with a docking part, the docking part is provided with a sewage collecting area which is provided with an opening interface towards the upper side direction, the sewage collecting area is provided with a water inlet, and the water inlet is connected with the liquid outlet through a water inlet channel; and the sewage collecting area is provided with a sewage draining outlet which is arranged to be in a connecting structure with the sewage outlet through a sewage draining channel so that sewage in the sewage collecting area enters the sewage tank to be collected.

In the base station, a third opening and closing mechanism is arranged between the liquid outlet and the water inlet, and the third opening and closing mechanism is used for enabling the liquid outlet and the water inlet to be in a communicated structure and enabling the liquid outlet to be located at an upstream position of the third opening and closing mechanism when the third opening and closing mechanism is in an open state.

In the base station, a three-way opening and closing mechanism is arranged at a downstream position of the liquid outlet, and includes a first through opening, a second through opening and a third through opening, the first through opening is arranged to be communicated with the liquid outlet, and the second through opening is arranged to be communicated with the water inlet; the station main part is provided with the sewage case, is provided with the sewage mouth that is used for sewage to get into the collection on the sewage case, still is provided with the portion of berthing in the station main part, is provided with the dirty district of collection that is the opening interface towards the upside direction in the portion of berthing, is provided with the water inlet in the dirty district of collection, and the third through-hole sets up to be the structure of being linked together with the water inlet.

The base station further comprises a first control module, the first control module is electrically connected with the three-way opening and closing mechanism, a threshold value D is arranged in the first control module, the second opening and the water inlet portion are in a communicated structure when the threshold value D is triggered, and the third opening and the water inlet portion are in a communicated structure when the threshold value D is not triggered.

The base station further comprises a second control module, the second control module is electrically connected with the hydrothermal solution module, a threshold value M is arranged in the second control module, and the second control module is used for controlling the heating piece to start heating to enable the hydrothermal solution module to supply clear water with the first temperature when the threshold value M is triggered.

Compared with the prior art, the utility model has the following beneficial effects:

the hot liquid module is arranged on the base station of the scheme to realize that the base station can heat the clean water, so that the base station can provide hot water to treat the mop on the cleaning machine, the cleaning effect of the mop is improved, and the effect of cleaning the ground by the mop is improved.

This scheme mainly sets up the water supply portion and realizes that the basic station can supply the effect that adds the clear water to the cleaning machine, set up hydrothermal solution module simultaneously, and set up hydrothermal solution module in the upstream position of water supply portion, realize hydrothermal solution module comes to carry out heat treatment to the clear water, realize that the basic station can come to supply the effect of hot water to the cleaning machine, not only solved the user and frequently come to carry out watered problem to the cleaning machine, solve the mop simultaneously and get rid of the poor problem of effect to dirty, and the unable effectual sanitization problem of mop.

The main hydrothermal solution module of this scheme mainly sets up external portion and liquid outlet, and the external portion realizes docking with outside clear water interface portion, and the clear water interface portion can be for indoor tap of user or inlet tube etc. the upper reaches of liquid outlet set up hydrothermal solution passageway, realizes that outside clear water enters into hydrothermal solution module earlier and heats when entering into the basic station, realizes the effectual effect of producing the supply hot water.

The hydrothermal module is arranged at the upstream position, so that external clear water is heated by the hydrothermal module at the first time when entering the base station, the clear water provided in the base station is heated to form hot water to be supplied, the temperature of the hot water is prevented from being influenced by the residual cold water in the base station, and the hydrothermal module can be effectively prevented from being burnt in a dry mode.

The distribution structure of hydrothermal solution module in this scheme base station can the remaining problem of cold water that exists in the effectual reduction base station, prevents to appear that the problem that the hydrothermal temperature is mixed the back temperature reduction by cold water takes place, promotes the base station and lasts the stability of supplying hot water.

Be provided with second closing mechanism in this scheme and can effectively realize that the basic station comes to supply hot water to the cleaning machine, can effectually prevent that hydrothermal solution module from being burnt futilely simultaneously, promote the hot water reliability of basic station supply.

The base station of this scheme still sets up the sewage case, and the sewage case can realize carrying out the butt joint to the sewage in the cleaner and collect, and the sewage case can also be collected and wash the sewage of mop on the base station, solves the problem that is used for needing manual maintenance to handle.

Still set up the dirty district of collection on the basic station of this scheme, realize that the dirty district of collection comes to wash the mop on the cleaning machine to come to realize supplying with hot water and wash the mop in the dirty district of collection, promote the cleaning performance to the mop.

The base station of the scheme can also be provided with the three-way opening and closing mechanism on the functions of supplying hot water to the cleaning machine and cleaning hot water to the mop, selective selection is realized through the three-way opening and closing mechanism to perform an executing function, and the multifunctional effect of maintaining the cleaning machine by the base station is improved.

Drawings

FIG. 1 is a perspective view of a cleaning machine;

FIG. 2 is a perspective view of a base station;

FIG. 3 is a schematic diagram of the vehicle parked at a hot water module of a base station to supply hot water for supplemental water addition;

FIG. 4 is an enlarged view of a portion of FIG. 3 at Q and illustrating the pre-docking of the cleaning machine with a base station followed by adding fresh water;

FIG. 5 is a schematic view of the vehicle parked on the hot liquid module of the base station to supply hot water to the water supply and the dirt collection area;

FIG. 6 is an enlarged view of a portion of the section X in FIG. 5 and showing the collection of the wastewater after the cleaner has been pre-docked with the base station;

FIG. 7 is an enlarged view of a portion of FIG. 5 at Y and showing the mop in a dirt collection area for cleaning;

FIG. 8 is a schematic diagram of a base station with a clear water tank and a hot water module to supply hot water;

FIG. 9 is a schematic view of a base station with a three-way opening/closing mechanism for selectively supplying hot water;

FIG. 10 is a block diagram of the electrical connection between the heating element, the second opening/closing mechanism and the electrical control unit;

FIG. 11 is a block diagram of the electrical connection between the heat generating component and the second control module;

FIG. 12 is a block diagram of the electrical connection between the first control module and the three-way switch mechanism;

reference numerals: 1-base station, 10-main body of station, 101-water supply part, 1011-water inlet part, 1012-water outlet part, 102-clear water tank, 1021-clear water inlet, 1022-clear water outlet, 1023-clear water cavity, 103-end surface part, 104-sewage tank, 1041-sewage port, 105-sewage collecting part, 1051-sewage inlet, 1052-sewage outlet, 1053-sewage inlet channel, 106-docking part, 107-sewage collecting area, 1071-water inlet, 1072-sewage outlet, 108-water inlet channel, 109-sewage outlet channel, 11-hydrothermal solution module, 111-external part, 112-liquid outlet, 113-heating part, 114-hydrothermal solution channel, 12-first opening and closing mechanism, 13-second opening and closing mechanism, 14-electric control unit, 15-third opening and closing mechanism, 16-three-way opening and closing mechanism, 161-first opening, 162-second opening, 163-third opening, 17-first control module, 18-second control module, 2-cleaning machine, 21-water replenishing part, 22-sewage discharging part, 23-mop and 3-clean water interface part.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the utility model easy to understand, the utility model is further described in the following combined with the specific embodiments.

Example (b): the base station 1 of the present invention is configured as shown in fig. 1 to 12, the base station 1 of the present invention mainly performs replenishing, rinsing and maintenance processing on the cleaning machine 2, when the cleaning machine 2 stops at the base station 1, the base station 1 can be started to perform the effect of replenishing, rinsing, and replenishing, water heating, and simultaneously can provide hot water to clean the mop 23 on the cleaning machine 2, and can also perform butt joint collection on the sewage on the cleaning machine 2, the base station 1 of the present invention has a multifunctional use effect, and improves the maintenance effect of the base station 1 on the cleaning machine 2, and solves the problem that a user frequently maintains the cleaning machine 2.

The basic station 1 of this scheme maintains the processing to cleaner 2, cleaner 2 primary structure realizes the cleaning to ground, can set up clear water district and sewage district on cleaner 2, and set up mop 23, mop 23 can set up to planar structure, also can set up to the cylindricality structure and set up to can laminate ground horizontal rotation motion or contact the rotatory rolling motion structure in ground, clear water district mainly realizes supplying with the clear water to mop 23 and makes mop 23 be moist structure, so that reach the effect of mopping or washing ground, sewage that the sewage district formed on mainly collecting mop 23, the realization carries out effectual collection with sewage in the cleaning process to ground, prevent that sewage from forming secondary pollution to ground.

The base station 1 comprises a station main body 10, wherein the station main body 10 is used for parking a cleaning machine 2, when the cleaning machine 2 is parked on the base station 1, the base station 1 can be started to maintain the cleaning machine 2, a water supply part 101 is arranged on the station main body 10, the water supply part 101 is used for supplying clean water to the cleaning machine 2, the water supply part 101 is provided with a water inlet part 1011 and a water outlet part 1012, the water inlet part 1011 and the water outlet part 1012 are arranged in a communicated structure, the water outlet part 1012 is used for butting the water supply part 21 on the cleaning machine 2, when the cleaning machine 2 is parked on the base station 1, the water outlet part 1012 and the water supply part 21 form a corresponding or butting structure, and at the moment, the water supply part 101 can supply clean water into the cleaning machine 2 through the water supply part 21; the hot liquid module 11 is mainly used for heating clear water to form hot water, the hot liquid module 11 comprises an external part 111 and a liquid outlet 112, the external part 111 is used for being connected with an external clear water interface part 3 to be used for entering the clear water, the liquid outlet 112 is arranged to be in a structure communicated with a water inlet part 1011, and therefore the purpose that the external clear water can enter the base station 1 through the external part 111 and mainly enters the hot liquid module 11 to heat the clear water is achieved; a hot liquid channel 114 is arranged between the external connection part 111 and the liquid outlet 112 to form a communicating structure, and the external connection part 111 and the liquid outlet 112 form a communicating structure through the hot liquid channel 114; the hot liquid module 11 further includes a heating element 113, the heating element 113 is used for heating the hot liquid channel 114, so as to realize a structure that the hot liquid module 11 can provide hot water, wherein the heating element 113 can be located in the hot liquid channel 114 or outside the hot liquid channel 114 to realize heating treatment of clean water entering from the external connection part 111, the heated clean water enters the liquid outlet 112 through the hot liquid channel 114 to flow out, so that the hot water can be supplied to the water supply part 101, and the cleaning machine 2 is supplemented with hot water through the water supply part 101.

Optionally, the clean water interface 3 may be a water tap or a water inlet pipe in a user room, so as to achieve an effect that the clean water interface 3 automatically adds clean water to the base station 1, the clean water enters the base station 1 through the external connection portion 111, and the hot water channel 114 is disposed at the upstream of the liquid outlet 112, so as to achieve that the external clean water enters the hot water module 11 to be heated when entering the base station 1, thereby achieving an effect of effectively generating and supplying hot water.

Alternatively, the hydrothermal module 11 may be configured as an instant heating type module, such as an instant heating type electric heater, and the instant heating type module is configured with the liquid outlet 112, the external connection portion 111 and the hydrothermal passage 114, so as to achieve a rapid heating effect on the clean water.

For the structural part for providing hot water between the hydrothermal module 11 and the water supply part 101, a first opening and closing mechanism 12 may be disposed between the liquid outlet 112 and the water inlet part 1011, the first opening and closing mechanism 12 realizes the effect of controlling the opening and closing between the liquid outlet 112 and the water inlet part 1011, the first opening and closing mechanism 12 is used for enabling the liquid outlet 112 and the water inlet part 1011 to form a communication structure when the first opening and closing mechanism 12 is in an open state and enabling the liquid outlet 112 to be located at the upstream position of the first opening and closing mechanism 12, when the first opening and closing mechanism 12 is opened, the communication between the liquid outlet 112 and the water inlet part 1011 can be used for passing through hot water, the liquid outlet 112 is located at the upstream position of the first opening and closing mechanism 12, so that external clear water is heated by the hydrothermal module 11 at the first time when entering into the base station 1, and clean water provided in the base station 1 is all heated to form hot water for supplying, prevents the residual cold water in the base station 1 from influencing the water temperature of the hot water, realizes the effect that the hot water provided by the hot water module 11 can enter the water supply part 101 to supplement the hot water for the cleaning machine 2,

alternatively, the first opening/closing mechanism 12 may be provided as a valve structure or a pump structure, which is implemented to effect opening/closing of the supply of hot water.

In order to prevent the hydrothermal module 11 from being dried, in the present embodiment, the second opening and closing mechanism 13 is disposed on the external connection portion 111 or at an upstream position of the hydrothermal passage 114, the second opening and closing mechanism 13 controls an opening and closing effect between the external connection portion 111 and the hydrothermal module 11, that is, the opening and closing effect between the external connection portion 111 and the clean water interface 3 is realized, the station main body 10 is disposed with the electronic control unit 14, the heating element 113 and the second opening and closing mechanism 13 are respectively electrically connected to the electronic control unit 14, the electronic control unit 14 is disposed with a threshold a, the threshold a is set to enable the heating element 113 to be started when the second opening and closing mechanism 13 is in an open state, that is, the threshold a in the electronic control unit 14 can enable the heating element 11 to be started when the second opening and closing mechanism 13 is in an open state, so that the clean water starts the heating element 113 to be heated when entering the hydrothermal module 11, and the hydrothermal passage 114 is prevented from being dried due to the absence of clean water in the hydrothermal passage 114, the reliability of the hydrothermal module 11 is improved.

Alternatively, the second opening/closing mechanism 13 may be provided as a valve structure or a pump structure, achieving an opening/closing effect for supplying hot water.

Aiming at the structural part of the base station 1 for providing hot water, a clean water tank 102 can be arranged on the station main body 10, a clean water inlet 1021 and a clean water outlet 1022 are arranged on the clean water tank 102, a clean water cavity 1023 is arranged in the clean water tank 102, the clean water inlet 1021 and the clean water outlet 1022 are both communicated with the clean water cavity 1023, a clear water outlet 112 is arranged to be communicated with the clean water inlet 1021, the clean water outlet 1022 is arranged to be communicated with a water inlet 1011 so that the water inlet 1011 is communicated with the water outlet 112 through the clean water cavity 1023, and the water outlet 112 is positioned at the upstream position of the clean water cavity 1023, when the hot water module 11 works, hot water is concentrated into the clean water cavity 1023 of the clean water tank 102 through the water outlet 112, so that the hot water is contained in the clean water tank 102, then the hot water in the clean water tank 102 can enter the water supply part 101 through the clean water outlet 1022, and the hot water is supplied to the water supply part 101 from the clean water tank 102, and the effect of supplementing and heating water in the cleaning machine 2 through the water supply part 101 is realized, the liquid outlet 112 is arranged at the upstream position of the clear water cavity 1023, the effect that the hot water module 11 can provide hot water for the clear water tank 102 is realized, the base station 1 can be started to work first as required to realize that the hot water module 11 supplies hot water for the clear water tank 102, then when the cleaning machine 2 is parked on the base station 1, the hot water in the clear water tank 102 is directly added into the cleaning machine 2 through the water supply part 101, the time can be effectively saved, the effect of supplementing and heating water can be realized when the cleaning machine 2 is parked on the base station 1, and the effect of storing the hot water in the clear water tank 102 in advance is realized.

Optionally, a heat preservation structure may be disposed in clean water tank 102 or outside clean water tank 102, so as to realize heat preservation treatment of hot water in clean water tank 102, and prevent stable dissipation of hot water in clean water tank 102.

Therefore, the clean water tank 102 is arranged to store hot water in advance, so that the effect of supplementing heating water to the cleaning machine 2 can be started when the cleaning machine 2 stops on the base station 1, the cleaning machine 2 can be supplemented with heating water quickly, and the problem that a user has long waiting time in the process of operating the cleaning machine 2 to supplement heating water is solved.

Aiming at the structural part of the water supply part 101 of the scheme, in order to improve the convenience and stability of the butt joint between the base station 1 and the cleaning machine 2 for supplementing water, the water outlet part 1012 of the scheme is arranged to be open towards the side part direction or the lower part direction of the station main body 10, one side of the water outlet part 1012 is provided with the end surface part 103, and a convex structure extending towards the outer side direction relative to the end surface part 103 is arranged on the water outlet part 1012, it can be understood that the water outlet part 1012 is arranged to be a convex structure, when the water outlet part 1012 is open towards the side part direction of the station main body 10, the water outlet part 1012 can be a convex structure relative to the station main body 10 part towards the outer side part direction of the station main body 10, the base station 1 is convenient to butt joint with the water supplementing part 21 on the cleaning machine 2 through the water outlet part 1012, and can form a butt joint communicated structure, the water supplementing part 21 can be arranged to be a concave structure, a structure for realizing insertion and communication; when the outlet portion 1012 is open towards the lower part of the station body 10, the outlet portion 1012 may be a convex structure relative to the station body 10 towards the lower position of the station body 10, so as to facilitate the base station 1 to interface with the water replenishing portion 21 on the cleaning machine 2 through the outlet portion 1012; the water discharge unit 1012 may be provided at a side portion of the station main body 10, and the side portion of the station main body 10 may be an end surface portion 103, or the end surface portion 103 may be provided at a side portion of the station main body 10, and the water discharge unit 1012 may be provided at the end surface portion 103, so that the water discharge unit 1012 can be more in butt-joint communication with the water replenishing unit 21 of the cleaning machine 2.

Alternatively, the cleaning machine 2 may be parked on the base station 1 for movement in a lateral direction of the machine body, and a butt communication structure with the water replenishing portion 21 is formed through the water outlet portion 1012 from the lateral direction.

Alternatively, when the outlet portion 1012 is open toward the lower side of the station body 10, it may be set that when the cleaning machine 2 is located on the base station 1, the water replenishing portion 21 is located at the lower side position or the right lower side position of the outlet portion 1012, so that hot water flows through the outlet portion 1012 and enters the water replenishing portion 21 toward the lower side direction, and the base station 1 replenishes the cleaning machine 2 with fresh water through the outlet portion 1012.

Aiming at the functional part which can be executed by the base station 1 and is corresponded to by hot water provided by the hot water module 11 in the scheme, a sewage tank 104 is arranged on the station main body 10, a sewage chamber for containing sewage is arranged in the sewage tank 104, a sewage port 1041 for sewage to enter and collect is arranged on the sewage tank 104, the sewage port 1041 is communicated with the sewage chamber to collect sewage, meanwhile, a sewage collecting part 105 is also arranged on the station main body 10, the sewage collecting part 105 is provided with a sewage inlet 1051 and a sewage outlet 1052, the sewage inlet 1051 is communicated with the sewage outlet 1052, the sewage inlet 1051 is used for being butted with a sewage discharging part 22 on the cleaning machine 2, the sewage outlet 1052 is arranged to be connected with the sewage outlet 1041 through a sewage inlet channel 1053 to form a connecting structure for sewage in the cleaning machine 2 to enter the sewage tank 104 to be collected, when the sewage discharging part 22 is corresponded or communicated with the sewage inlet 1051, the sewage inlet 1053 can enter into the sewage inlet channel 1053 through the sewage collecting part 105, and enters the sewage tank 104 through the sewage inlet channel 1053 to realize the sewage collecting effect, and the sewage in the cleaning machine 2 is collected in the base station 1, so that the problem that the user frequently maintains the cleaning machine 2 is solved, and the user only needs to maintain the sewage tank 104 on the base station 1 periodically or periodically.

Alternatively, the dirt collection portion 105 is provided in an open structure toward the side direction of the station body 10 to be in butt communication with the dirt discharge portion 22 on the cleaner 2 in the side direction, achieving collection of the dirt in the cleaner 2 into the dirt water tank 104.

Alternatively, the soil collecting portion 105 may be provided in an open structure toward an upper direction of the station body 10 to make corresponding communication in a vertical direction with the soil discharging portion 22 of the cleaning machine 2, achieving collection of the soil in the cleaning machine 2 into the soil tank 104.

Optionally, dirty portion 105 of collection can set up to be protruding structure, and blowdown portion 22 sets up to be the sunk structure, realizes that dirty portion 105 of collection and blowdown portion 22 carry out the butt joint and are linked together the effect that sewage is collected through coming.

Optionally, a power mechanism, such as a vacuum pump or a fan, is disposed on the sewage tank 104 to realize that the suction force of the air flow generated when the cleaner is started up sucks and moves the sewage in the cleaner 2, so that the sewage enters the sewage collecting portion 105 through the sewage discharging portion 22, and enters the sewage tank 104 through the sewage collecting portion 105 to realize collection; a water pump may be provided between the sewage tank 104 and the sewage collection portion 105, and sewage may be pumped into the sewage tank 104 by the water pump to be collected.

Aiming at the functional part which can be executed by the base station 1 and is corresponded to hot water provided by the hot water module 11 in the scheme, a sewage tank 104 is arranged on the station main body 10, a sewage cavity for containing sewage is arranged in the sewage tank 104, and a sewage port 1041 for enabling sewage to enter and be collected is arranged on the sewage tank 104; the sewage port 1041 is communicated with the sewage cavity to collect sewage, meanwhile, the station body 10 is further provided with a docking portion 106, the docking portion 106 mainly forms a support docking and a limit for the cleaning machine 2, the docking portion 106 is provided with a sewage collecting area 107 which is an open interface towards the upper side direction, the sewage collecting area 107 is mainly used for placing a mop 23, when the cleaning machine 2 is docked on the base station 1, the cleaning machine 2 is docked on the docking portion 106 at the moment, the mop 23 is located at the upper position of the sewage collecting area 107 or located in the sewage collecting area 107, the sewage collecting area 107 is provided with a water inlet 1071, the water inlet 1071 is connected with the liquid outlet 112 through a water inlet channel 108, when the hydrothermal module 11 works, clear water is heated to form hot water, the hot water can flow out through the liquid outlet 112 to enter the water inlet 1071 and enter the sewage collecting area 107 through the water inlet 1071, the mop 23 is contacted with the hot water in the sewage collecting area 107 for cleaning, the mop 23 can be controlled to move to realize full contact with hot water for cleaning; of course, if the hydrothermal module 11 is not activated, cold clean water can be provided to enter the water inlet channel 108 through the water outlet 112, and enter the water inlet 1071 through the water inlet channel 108 to achieve the effect of adding clean water to the dirt collecting area 107, and also achieve the cleaning effect on the mop 23, but the cleaning effect on the mop 23 by cold water is relatively poor compared to the cleaning effect on the mop 23 by hot water.

Mop 23 carries out abluent in the dirty district 107 of collection, can form sewage, sewage gathers in dirty district 107 of collection, this scheme is provided with drain 1072 and drain 1072 on dirty district 107 of collection and sets up to be continuous structure through blow-off channel 109 and sewage port 1041 and is used for the sewage in the dirty district 107 of collection to enter into sewage tank 104 and collects, when removing the collection to the sewage in the dirty district 107 of collection, the sewage removal in the dirty district 107 of collection enters into blow-off channel 109 through drain 1072 in, and enter into sewage port 1041 through blow-off channel 109 and then realize that sewage enters into sewage tank 104 and collect, the realization is effectively collected the processing with the sewage in the dirty district 107 of collection.

Optionally, a power mechanism, such as a vacuum pump or a blower, is disposed on the sewage tank 104 to realize that the suction force of the air flow generated when the sewage tank is started up sucks and moves the sewage in the sewage collecting region 107, so that the sewage enters the sewage channel 109 through the sewage outlet 1072 and enters the sewage tank 104 through the sewage outlet 1041 to realize collection; a water pump may be disposed between the waste water tank 104 and the waste water collecting area 107, and the waste water is pumped into the waste water tank 104 by the water pump to be collected.

Wherein, for the structure part for supplying hot water to the dirt collecting area 107, a third opening and closing mechanism 15 is arranged between the liquid outlet 112 and the water inlet 1071, the third opening and closing mechanism 15 is used for enabling the liquid outlet 112 and the water inlet 1071 to be in a communicated structure when the third opening and closing mechanism 15 is in an opening state and enabling the liquid outlet 112 to be located at the upstream position of the third opening and closing mechanism 15, so that the liquid outlet 112 is located at the upstream position of the third opening and closing mechanism 15, the hot water flowing out from the liquid outlet 112 can flow towards the third opening and closing mechanism 15, when the third opening and closing mechanism 15 is opened, the hot water continuously flows into the dirt collecting area 107 to clean the mop 23, and when the third opening and closing mechanism 15 is closed, the hot water supply to the dirt collecting area 107 is stopped; the third opening and closing mechanism 15 is arranged at the downstream position of the liquid outlet 112, so that the problem that cold water remained in the water inlet channel 108 is directly supplied to the sewage collecting area 107 can be effectively prevented, the effect that hot water supplied by the hydrothermal solution module 11 can enter the water inlet channel 108 to supply hot water to the sewage collecting area 107 is realized, the problem that the hydrothermal solution module 11 is damaged due to the backflow of sewage or the backflow of sewage steam in the sewage collecting area 107 can be prevented, and the working reliability of the hydrothermal solution module 11 is improved.

Alternatively, the third opening/closing mechanism 15 may be provided as a valve structure or a pump structure to achieve the effect of opening/closing the water supply.

For the structural part of the hot water module 11 supplying hot water to the water supply part 101 or the sewage collecting area 107, a three-way opening and closing mechanism 16 may be further disposed at a downstream position of the liquid outlet 112, the three-way opening and closing mechanism 16 selectively provides hot water to the water supply part 101 or provides hot water to the sewage collecting area 107, the three-way opening and closing mechanism 16 includes a first port 161, a second port 162 and a third port 163, the first port 161 is configured to be communicated with the liquid outlet 112, the second port 162 is configured to be communicated with the water inlet 1011, the station body 10 is provided with a sewage tank 104, a sewage chamber for containing sewage is disposed inside the sewage tank 104, the sewage tank 104 is provided with a sewage outlet 1041 for allowing sewage to enter and collect, the sewage outlet 1041 is communicated with the sewage chamber to collect sewage, meanwhile, the station body 10 is further provided with a docking part 106, the docking part 106 is provided with the sewage collecting area 107 having an opening toward an upper side direction, the dirt collecting area 107 is mainly used for placing the mop 23, when the cleaning machine 2 stops at the base station 1, the cleaning machine 2 stops at the stopping part 106, the mop 23 is positioned at the upper part of the dirt collecting area 107 or positioned in the dirt collecting area 107, a water inlet 1071 is arranged on the dirt collecting area 107, and the third through port 163 is communicated with the water inlet 1071; that is, the first port 161 is set to be in a communicating structure with the liquid outlet 112, hot water provided by the hot water module 11 during operation can enter the position of the first port 161 through the liquid outlet 112, then the hot water can selectively enter the first port 161 to provide an effect, the second port 162 is set to be in a communicating structure with the water inlet 1011, the third port 163 is set to be in a communicating structure with the water inlet 1071, hot water can enter the water inlet 1011 through the second port 162, or hot water can enter the water inlet 1071 through the third port 163 and enter the dirt collecting area 107, and the base station 1 can select to supply hot water to the water supply part 101 to achieve an effect of heating water for the cleaning machine 2 or supply hot water to the dirt collecting area 107 to clean the mop 23.

In the present scheme, the mop cleaning device further comprises a first control module 17, the first control module 17 is electrically connected to the three-way opening/closing mechanism 16, so that the first control module 17 controls the three-way opening/closing mechanism 16 to selectively provide hot water to the water supply part 101 or provide hot water to the dirt collecting area 107, so as to correspondingly achieve the effect of the base station 1 to supplement hot water to the cleaning machine 2 or achieve the effect of supplying hot water to clean the mop 23, wherein a threshold value D is arranged in the first control module 17, when the threshold value D is triggered, the second port 162 and the water inlet part 1011 are in a communication structure, at this time, the hot water provided by the hot water module 11 by starting operation can enter the position of the water inlet part 1011 through the second port 162, so as to achieve the effect of the water supply part 101 to supplement hot water to the cleaning machine 2, at this time, the third port 163 can be in a closed structure with the water inlet 1071, and when the threshold value D is not triggered, the third port 163 and the water inlet 1071 are in a communication structure, at this time, the hot water provided by the hot water module 11 can enter the water inlet 1071 to enter the dirt collecting area 107, and when the mop 23 is located in the dirt collecting area 107, the cleaning effect of the hot water on the mop 23 is achieved, and at this time, the second opening 162 can be in a closed structure with the water inlet 1011.

As can be seen, the first control module 17 controls the three-way opening/closing mechanism 16 to selectively allow the hot water provided by the hot water module 11 to enter the water supply unit 101 or the sewage collection area 107, thereby achieving the effect of supplying hot water to the cleaning machine 2 by the base station 1 or the effect of cleaning the mop 23 by supplying hot water.

Alternatively, the three-way opening and closing structure may be provided as a three-way solenoid valve.

In the present scheme, the heating device further includes a second control module 18, the second control module 18 mainly controls the operation of the hydrothermal solution module 11, and mainly controls the heating element 113 to start heating or stop heating, so as to control the hydrothermal solution module 11 to operate and generate an effect of supplying hot water, the second control module 18 is electrically connected to the hydrothermal solution module 11, and mainly realizes the electrical connection between the heating element 113 and the second control module 18 to control the heating element 113 to start heating or stop heating, wherein a threshold value M is provided in the second control module 18, and the second control module 18 is configured to control the heating element 113 to start heating to enable the hydrothermal solution module 11 to supply clear water with a first temperature when the threshold value M is triggered, and control the heating element 113 to start heating to heat when the threshold value M is triggered, so as to realize the hydrothermal solution module 11 to supply hot water.

Optionally, the second control module 18 is electrically connected to the triggering module, and the triggering module may be a display screen or a remote control module, and when controlling the base station 1 to execute the function, the triggering module may trigger the threshold M to realize the effect of generating hot water by the hydrothermal module 11.

Alternatively, the electronic control unit 14, the first control module 17 and the second control module 18 may be disposed on the same electronic control board, and are implemented to control or stop executing the functions of the base station 1.

The working principle is as follows: the base station 1 of the scheme mainly achieves the effects of supplementing clear water to the cleaning machine 2 and maintaining the cleaning machine 2, wherein the maintenance treatment mainly comprises butt joint and collection of sewage in the cleaning machine 2 and cleaning treatment of a mop 23 on the cleaning machine 2; specifically, the base station 1 is provided with the water supply part 101 to be in butt joint with the cleaning machine 2 for supplying clean water, and the hydrothermal module 11 is arranged for heating the clean water to supply hot water, so that the effect that the base station 1 can supplement the hot water to the cleaning machine 2, and meanwhile, the hot water can be supplied to clean the mop cloth 23, the cleaning treatment effect of the mop cloth 23 on the ground is improved, and the cleaning effect of the mop cloth 23 by maintaining the base station 1 is improved; meanwhile, the hydrothermal solution module 11 of the present embodiment is disposed at an upstream position of the water supply unit 101 and at upstream positions of the first opening/closing mechanism 12, the third opening/closing mechanism 15, and the three-way opening/closing mechanism 16, so that the hydrothermal solution module 11 performs heating treatment on the fresh water at the first time when the fresh water enters the base station 1, thereby preventing a problem that the temperature of the hot water supplied is reduced due to cold water remaining in the base station 1, and achieving an effect that the base station 1 can continuously and stably supply hot water.

It will be understood by those skilled in the art that the foregoing embodiments are specific examples of the utility model, and that various changes in form and details may be made therein without departing from the spirit and scope of the utility model in its practical application.

Claims (11)

1. A base station comprising a station body for docking of a cleaning machine, characterized in that: the station main body is provided with a water supply part, the water supply part is used for supplying clean water to the cleaning machine, the water supply part is provided with a water inlet part and a water outlet part, and the water outlet part is used for being butted with the water supply part on the cleaning machine;

the hydrothermal module comprises an external part and a liquid outlet, the external part is used for being connected with an external clean water interface part for allowing clean water to enter, and the liquid outlet is arranged to be communicated with the water inlet part;

a hydrothermal passage is arranged between the external connection part and the liquid outlet to form a communicated structure;

the hydrothermal solution module also comprises a heating piece, and the heating piece is used for heating the hydrothermal solution channel.

2. A base station according to claim 1, characterized in that: a first opening and closing mechanism is arranged between the liquid outlet and the water inlet portion and used for enabling the liquid outlet and the water inlet portion to be in a communicated structure when the first opening and closing mechanism is in an open state and enabling the liquid outlet to be located at the upstream position of the first opening and closing mechanism.

3. A base station according to claim 2, characterized in that: the external connection part or the upstream position of the hot liquid channel is provided with a second opening and closing mechanism, an electric control unit is arranged in the station main body, the heating part and the second opening and closing mechanism are electrically connected with the electric control unit respectively, a threshold value A is arranged in the electric control unit, and the threshold value A is set to be capable of starting the heating part when the second opening and closing mechanism is in an open state.

4. A base station according to claim 2, characterized in that: the station main body is provided with a clean water tank, the clean water tank is provided with a clean water inlet and a clean water outlet, a clean water cavity is arranged in the clean water tank, and the clean water inlet and the clean water outlet are both communicated with the clean water cavity;

and a liquid outlet is arranged to be communicated with the clear water inlet, and a clear water outlet is arranged to be communicated with the water inlet part, so that the water inlet part is communicated with the liquid outlet through the clear water cavity and the liquid outlet is in a communicated structure, and the liquid outlet is arranged at the upstream position of the clear water cavity.

5. A base station according to claim 2, characterized in that: the water outlet part is arranged to be open towards the side part direction or the lower part direction of the station main body, an end surface part is arranged on one side of the water outlet part, and a protruding structure which extends and extends towards the outer side direction relative to the end surface part is arranged on the water outlet part.

6. A base station according to claim 2, characterized in that: the station main body is provided with a sewage tank, and the sewage tank is provided with a sewage port for sewage to enter and collect;

the station main part is last still to be provided with dirty portion of collection and be provided with into dirty mouthful and go out dirty mouthful, advances dirty mouthful blowdown portion that is used for docking on the cleaning machine, goes out dirty mouthful and sets up to be the continuous structure through advancing dirty passageway and sewage mouth and be used for the sewage in the cleaning machine to enter into the sewage incasement and collect.

7. A base station according to claim 2, characterized in that: the station main body is provided with a sewage tank, and the sewage tank is provided with a sewage port for sewage to enter and collect;

the station main body is also provided with a docking part, the docking part is provided with a sewage collecting area which is provided with an opening interface towards the upper side direction, the sewage collecting area is provided with a water inlet, and the water inlet is connected with the liquid outlet through a water inlet channel;

and the sewage collecting area is provided with a sewage draining outlet which is arranged to be in a connecting structure with the sewage outlet through a sewage draining channel so that sewage in the sewage collecting area enters the sewage tank to be collected.

8. A base station according to claim 7, characterized in that: and a third opening and closing mechanism is arranged between the liquid outlet and the water inlet and is used for enabling the liquid outlet and the water inlet to be in a communicated structure and enabling the liquid outlet to be located at the upstream position of the third opening and closing mechanism when the third opening and closing mechanism is in an opening state.

9. A base station according to claim 1, characterized in that: a three-way opening and closing mechanism is arranged at the downstream position of the liquid outlet and comprises a first through hole, a second through hole and a third through hole, the first through hole is communicated with the liquid outlet, and the second through hole is communicated with the water inlet part;

the station main part is provided with the sewage case, is provided with the sewage mouth that is used for sewage to get into the collection on the sewage case, still is provided with the portion of berthing in the station main part, is provided with the dirty district of collection that is the opening interface towards the upside direction in the portion of berthing, is provided with the water inlet in the dirty district of collection, and the third through-hole sets up to be the structure of being linked together with the water inlet.

10. A base station according to claim 9, characterized in that: still include first control module, first control module links to each other with tee bend closing mechanism electrical property, is provided with threshold value D in the first control module, makes the second opening be the intercommunicating configuration with the portion of intaking when threshold value D is triggered, and makes the third opening be the intercommunicating configuration with the water inlet when threshold value D is not triggered.

11. A base station according to any one of claims 1 to 10, characterized by: the hot liquid supplying device further comprises a second control module, the second control module is electrically connected with the hot liquid module, a threshold value M is arranged in the second control module, and the second control module is used for controlling the heating piece to start heating to enable the hot liquid module to supply clean water with the first temperature when the threshold value M is triggered.

Images